| DOSE: |
2 mg |
oral |
Pharms - Phenazepam |
(powder / crystals) |
My experiences with drugs started when I was 14 when i first tried marijuana, oxycodone, hydrocodone, ketamine ,adderall, ritalin, DMT, Mushrooms, LSD, PCP, Benzos, Z-drugs, phenobarbital, and various other pharmaceuticals.
I joined a website, to which you can find out more about legal highs, and I found Phenazepam. Its a Russian benzo currently not scheduled in the United States. I found it was addicting, powerful, scary, and fun all at the same time. Also, it has an extremely long half-life, so if you overdose, you'll black out for 3 days and there is no stopping what you can do. Im glad I never blacked out.
I ordered some Phenazepam, pretty cheap, about 45 bucks for a 500mg sampler. (I didn't think a gram was needed as 500mg will last me about 250 uses.)The place i got it from was from a lab in San Diego, so it got here very fast and discreetly in a nice little vile that was impossible to open. The way i wanted to measure it was volumetric dosing with ISP alcohol, 91% (my drug store didn't carry 99% so i just went for the most available rubbing alcohol and i also bought an oral syringe for accurate measuring.) I poured 500ml into a pirex measuring cup and poured it into an empty alcohol bottle. Then i dumped the phenazepam into the dis solvent and shook for about half an our, when i wasn't shaking it, i put it under hot water so the mix dissolves faster. Make sure the lid is completely closed when you put water near it. I then proceeded to make blotters of .5, 1, and 2 mg out of cardboard (not the most effective way of doing it, but they dried fast when put near a space heater.
 Never really worked, i got a bit of a buzz, but nothing like my next way of doing it.
I poured my wanted amount into a glass and put it in the freezer. I came back about 2 hours later and put some vodka in there and mixed it around.  Anyways, I drank the concoction and went to go play some video games.
15min- I'm feeling it, I feel drowsy, and this is only a 2mg dose. Definitely stronger than xanax, Klonopins, and a few other benzos ive tried in my time.
30min-Video games are getting harder to play, the screen is blurry and i feel like im going to fall over and pass out. This is very strong, i guess the little bit of vodka is helping too, but i would say I have a good tolerance to high proof vodka, so maybe its the phenazepam. I also suffer from very scary panic attacks, and I never got a panic attack within the three days, it was the perfect drug. I was happy and floating, without any care in the world. Life was just an ocean and I'm just flowing with it, no questions asked.
Hours and hours later, i smoked some very high grade cannabis, and there was no paranoia at all.  The high was amazing, everything was bright and beautiful. I called my girl and her voice sounded like an angel to me. Music enhancement definitely noticed. I'm also an insomniac, but I slept well for those few days.
My friend J, though, took an 8mg dose and blacked out in a matter of minutes from ingestion. He was out. I smacked his face, shook him, he was blown out, like an old light-bulb.  I had to take him to a friends house to keep him there, his parents were freaking out that he didn't go home that day. We assured them that he was fine and he just went camping (he usually does) and they believed us.   After about 4 days he woke up for good, i gave him some adderall to keep him up, and a Oxycontin for his massive headache from dehydration and hunger. He was back to normal in a total of a week. He hasn't touched it again.
Phenazepam is one of the coolest benzos Ive tried because it makes everything perfect, only at the right dose though.
STAY HIGH!
Righteousness
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


In this scenario, the app will update its tile using periodic updates which will poll a web service to retrieve
tile XML content.
Periodic notifications are another way of updating tiles. Your app can specify a URI that points to a resource
on a web service that contains a tile update notification. The resource should respond to an HTTP GET request
and return properly formatted tile or badge notification XML. Your app should call the polling APIs each time
your app is launched. A schedule will be set up to continue polling the specified URI on a regular interval.
Once you have called the API, Windows will poll this URI regularly and update the associated tiles. Note that
your app's package will need to set the "Internet (client)" capability in its manifest.
It is also possible to poll several different URIs simultaneously for tile XML. The tile will automatically cycle
through each of the updates. Be sure to enable the notification queue on the tile updater object before calling
the periodic update API.
Enter URLs to poll, choose a frequency, and press "Start periodic updates" to begin polling for tile updates.


[gecode-users] Adding IntActivity to space
Kish Shen
kisshen at cisco.com
Sat Feb 21 06:04:21 CET 2015
Hi Christian,
I began implementing support for IntActivity outside of search engine,
but I am unable to find from the documentation how to obtain the
activity value for the variables in a IntActivity object. Is it possible
to get these values?
I am not able to find this information from the MPG, and the IntActivity
class reference documentation it points to, which seems to mainly
describe how to use IntActivity with a search engine and the reference
documentation describes only the init and = member functions.
A more general question: I seem to remember I ran into a similar problem
before, where not all the member functions for a class is described in
one place in the reference documentation. Is there anyway to find all
the member functions available for a class?
Thanks and Cheers,
Kish
More information about the users
mailing list


Representer are a concept from Representable and Roar and help to parse and render documents, as found in JSON or XML APIs.
Operations usually receive the params
hash and pass this to the form’s #validate
method. The same works with documents, with the exception that the form needs a representer to deserialize the document.
With Representer
included, operations can infer a representer from the contract class. The representer can be further customized in the ::representer
block.
class Song::Create < Trailblazer::Operation
include Representer
contract do
property :name
validates :name, presence: true
end
representer do
# inherited :name
include Roar::JSON::HAL
link(:self) { song_path(represented.id) }
end
def process(params)
validate(params[:song]) do # params[:song] is a JSON document.
contract.save
end
end
end
You now invoke the operation with a JSON document, not with a hash anymore.
Song::Create.(song: '{"title": "Fury"}')
In Operation#validate
, the incoming params[:song]
will now be treated as a document.
The operation’s representer will be passed into the form’s validate
and used as the deserializer, as it can read JSON and understands the format’s specific semantics.
If you prefer to use the params
hash for deserialization, include Deserializer::Hash
.
class Create < Trailblazer::Operation
include Representer
include Representer::Deserializer::Hash
You can now pass the params hash into operation call. This will still use the representer, but no JSON parsing will happen.
After deserialization/population is finished, validation and processing is analogue to a “normal” non-representer operation.
The Representer
module also imports to_json
.
Song::Create.(song: '{"title": "Fury"}').to_json
#=> '{"title": "Fury","_links":{"self":"/songs/1"}}'
In to_json
, the operation’s model will be passed to the representer and rendered using the representer.
For a better understanding, here are the pseudo mechanics.
module Representer
def to_json(options={})
self.class.representer. # retrieve operation's representer.
new(represented). # instantiate decorator. #represented returns #model.
to_json(options) # call decorator's rendering.
end
end
If you want to render the contract instead (or anything else), override Operation#represented
.
class Show < Trailblazer::Operation
include Trailblazer::Operation::Representer
def represented
contract
end
Note that you can also pass your own options to the rendering.
class Show < Trailblazer::Operation
include Trailblazer::Operation::Representer
def to_json(*)
super(
include: [:title, :comments],
user_options: { is_admin: policy.signed_in? }
)
end
To learn how Representable processes options, read the docs.
You can set your own representer class if you don’t want it to be inferred.
class Create < Trailblazer::Operation
self.representer_class = SongRepresenter
The Operation::Responder
module uses Representer
and allows using an operation instance directly with Rails responders.


Make an application with the following requirements:
-
Maintain a list of todos
-
Todos consist of plain text
-
Allow users to add new todos to the list
-
Allow users to mark / unmark todos as complete
-
Allow users to mark / unmark all todos as complete in one action
-
Provide the ability to filter the list by completed or uncompleted
-
Implement routing that allows the user to go to those filters.
-
Allow users to delete todos
-
Indicate somewhere how many todos are uncompleted
-
Allow users to edit the text of an existing todo
Go to the src directory and start editing index.html / index.js to get started.


src.ops.male package¶
Submodules¶
src.ops.male.m_body module¶
-
class
src.ops.male.m_body.
MaleBody
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male body parts to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_body_add'¶ str
- Type
type
-
bl_label
: str = 'Body'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
group
= <src.ops.body_group.BodyGroup object>¶
-
src.ops.male.m_calfs module¶
-
class
src.ops.male.m_calfs.
MaleCalfs
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male calves to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_calfs_add'¶ str
- Type
type
-
bl_label
: str = 'Calfs'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
part
= <src.ops.body_part.BodyPart object>¶
-
src.ops.male.m_feet module¶
-
class
src.ops.male.m_feet.
MaleFeet
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male feet to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_feet_add'¶ str
- Type
type
-
bl_label
: str = 'Feet'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
part
= <src.ops.body_part.BodyPart object>¶
-
src.ops.male.m_hands module¶
-
class
src.ops.male.m_hands.
MaleHands
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male hands to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_hands_add'¶ str
- Type
type
-
bl_label
: str = 'Hands'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
part
= <src.ops.body_part.BodyPart object>¶
-
src.ops.male.m_head module¶
-
class
src.ops.male.m_head.
MaleHead
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male head to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_head_add'¶ str
- Type
type
-
bl_label
: str = 'Head'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
part
= <src.ops.body_part.BodyPart object>¶
-
src.ops.male.m_legs module¶
-
class
src.ops.male.m_legs.
MaleLegs
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male legs to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_legs_add'¶ str
- Type
type
-
bl_label
: str = 'Legs'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
part
= <src.ops.body_part.BodyPart object>¶
-
src.ops.male.m_torso module¶
-
class
src.ops.male.m_torso.
MaleTorso
¶ Bases:
bpy.types.Operator
Adds imvu mesh primitive male torso to scene
-
bl_idname
: str = 'mesh.primitive_imvu_male_torso_add'¶ str
- Type
type
-
bl_label
: str = 'Torso'¶ str
- Type
type
-
bl_options
: Union[Set[str], Set[int]] = {'REGISTER', 'UNDO'}¶ Options for this operator type * REGISTER Register, Display in the info window and support the redo toolbar panel. * UNDO Undo, Push an undo event (needed for operator redo). * UNDO_GROUPED Grouped Undo, Push a single undo event for repeated instances of this operator. * BLOCKING Blocking, Block anything else from using the cursor. * MACRO Macro, Use to check if an operator is a macro. * GRAB_CURSOR Grab Pointer, Use so the operator grabs the mouse focus, enables wrapping when continuous grab is enabled. * GRAB_CURSOR_X Grab Pointer X, Grab, only warping the X axis. * GRAB_CURSOR_Y Grab Pointer Y, Grab, only warping the Y axis. * PRESET Preset, Display a preset button with the operators settings. * INTERNAL Internal, Removes the operator from search results.
- Type
typing.Union[typing.Set[str], typing.Set[int]]
-
execute
(context)¶ Specifies the behaviour for the operator method called by Blender.
- Parameters
() (context) – A bpy context containing data in the current 3d view.
Returns:
-
part
= <src.ops.body_part.BodyPart object>¶
-


Add some Gitter to your site Sidecar is a (mostly) code-free way of embedding Gitter into your website with a simple JavaScript snippet. It works out of the box with no customization, or you can control its behaviour with some basic configuration.


{% extends 'base/dash_home.html' %} {% block title %} CodeUp Blood | Donor Completeed Appointment {% endblock %} {% load static %} {% block body %}
You have no medical report!


Before Change
for filepath in files:
logging.info("generating examples from = %s", filepath)
with tf.io.gfile.GFile(filepath) as f:
triviaqa = json.load(f)
for article in triviaqa["Data"]:
if "Answer" in article:
answer = article["Answer"]
answer_dict = {
"aliases":
_strip(answer["Aliases"]),
"normalized_aliases":
_strip(answer["NormalizedAliases"]),
"matched_wiki_entity_name":
answer.get("MatchedWikiEntryName", "").strip(),
"normalized_matched_wiki_entity_name":
answer.get("NormalizedMatchedWikiEntryName", "").strip(),
"normalized_value":
answer["NormalizedValue"].strip(),
"type":
answer["Type"].strip(),
"value":
answer["Value"].strip(),
}
else:
answer_dict = {
"aliases":
[],
"normalized_aliases":
[],
"matched_wiki_entity_name":
"<unk>",
"normalized_matched_wiki_entity_name":
"<unk>",
"normalized_value":
"<unk>",
"type":
"",
"value":
"<unk>",
}
if self.builder_config.exclude_context:
article["SearchResults"] = []
article["EntityPages"] = []
def _add_context(collection, context_field, file_dir):
Adds context from file, or skips if file does not exist.
new_items = []
for item in collection:
if "Filename" not in item:
logging.info("Missing context "Filename", skipping.")
continue
new_item = item.copy()
fname = item["Filename"]
try:
with tf.io.gfile.GFile(os.path.join(file_dir, fname)) as f:
new_item[context_field] = f.read()
except (IOError, tf.errors.NotFoundError):
logging.info("File does not exist, skipping: %s", fname)
continue
new_items.append(new_item)
return new_items
def _strip_if_str(v):
return v.strip() if isinstance(v, six.string_types) else v
def _transpose_and_strip_dicts(dicts, field_names):
return {
tfds.core.naming.camelcase_to_snakecase(k):
[_strip_if_str(d[k]) for d in dicts]
for k in field_names
}
search_results = _transpose_and_strip_dicts(
_add_context(
article.get("SearchResults", []), "SearchContext", web_dir),
["Description", "Filename", "Rank", "Title", "Url",
"SearchContext"])
entity_pages = _transpose_and_strip_dicts(
_add_context(
article.get("EntityPages", []), "WikiContext", wiki_dir),
["DocSource", "Filename", "Title", "WikiContext"])
question = article["Question"].strip()
question_id = article["QuestionId"]
question_source = article["QuestionSource"].strip()
yield "%s_%s" % (os.path.basename(filepath), question_id), {
"entity_pages": entity_pages,
"search_results": search_results,
"question": question,
"question_id": question_id,
"question_source": question_source,
"answer": answer_dict,
}
After Change
with tf.io.gfile.GFile(filepath) as f:
current_record = ""
for line in f:
if line == " {\n":
current_record = line
elif line.startswith(" }"): // Handles final record as well.
article = json.loads(current_record + "}")
current_record = ""
example = parse_example(article)
yield "%s_%s" % (fname, example["question_id"]), example
else:
current_record += line


API Testing
Test view for searching food database:
Search
Enter search below.
UPC
Term
Content (required)
Search
Result
View results.


streamlink
Extracts streams from various services and pipes them into a video player of choice.
More information: home page
- Attempt to extract streams from the URL specified, and if it's successful, print out a list of available streams to choose from:
streamlink example.com/stream
- Open a stream with the specified quality:
streamlink example.com/stream 720p60
- Select the highest or lowest available quality:
streamlink example.com/stream best|worst
- Specify which player to use to feed stream data to (VLC is used by default if found):
streamlink --player=mpv example.com/stream best
- Specify the amount of time to skip from the beginning of the stream. For live streams, this is a negative offset from the end of the stream (rewind):
streamlink --hls-start-offset [HH:]MM:SS example.com/stream best
- Skip to the beginning of a live stream, or as far back as possible:
streamlink --hls-live-restart example.com/stream best
- Write stream data to a file instead of playing it:
streamlink --output path/to/file.ts example.com/stream best
- Open the stream in the player, while at the same time writing it to a file:
streamlink --record path/to/file.ts example.com/stream best


You've got the root user to try but if you've managed some user enumeration then you might be able to check their home directories as well. The files you are looking for are all in the .ssh directory:
authorized_keys
id_rsa
id_rsa.keystore
id_rsa.pub
known_hosts
If you manage to get the known_hosts file then you can use this tool from XME to decode it - Bruteforcing SSH Known_Hosts Files.


{% extends "registrasion/base.html" %} {% load bootstrap %} {% load registrasion_tags %} {% block content %}
You cannot remove paid items from someone's registration. You must first cancel the invoice that added those items. You will need to re-add the items from that invoice for the user to have them available again.
{% include "registrasion/_items_list.html" with items=paid %}


-
There is a new policy on the forums regarding personal attacks against other users on the forums and in the community. Please take a moment and read it by clicking here.
Help Problem with Zombe mod, please help!
Discussion in 'Platform Pagoda' started by TheCreeperx98, May 27, 2013.


In Arbery Shooting, George Zimmerman-Style Defense May Resonate With
Jurors
The killers of Georgia jogger Ahmaud Arbery may claim self-defense. An earlier case-—and a local
prosecutor's memo—may provide defense fodder.
In Arbery Shooting, George Zimmerman-Style Defense May Resonate With
Jurors
The killers of Georgia jogger Ahmaud Arbery may claim self-defense. An earlier case-—and a local
prosecutor's memo—may provide defense fodder.
In Arbery Shooting, George Zimmerman-Style Defense May Resonate With
Jurors
The killers of Georgia jogger Ahmaud Arbery may claim self-defense. An earlier case-—and a local
prosecutor's memo—may provide defense fodder.


Trapdoor Permutation¶
A trapdoor permutation is a bijection (1-1 and onto function) that is easy to compute for everyone, yet is hard to invert unless given special additional information, called the “trapdoor”. The public key is essentially the function description and the private key is the trapdoor.
Contents
The TPElement
abstract class¶
The TPElement
class represents a trapdoor permutation element.
-
biginteger
TPElement::
getElement
()¶ Returns the trapdoor element value as bigInteger.
Returns: the value of the element
The TrapdoorPermutation
abstract class¶
This class is the general class of trapdoor permutation.
Core Functionality¶
-
shared_ptr<TPElement>
TrapdoorPermutation::
compute
(TPElement *tpEl)¶ Computes the operation of this trapdoor permutation on the given TPElement.
Parameters: tpEl – the input for the computation Returns: the result TPElement from the computation
-
shared_ptr<TPElement>
TrapdoorPermutation::
invert
(TPElement *tpEl)¶ Inverts the operation of this trapdoor permutation on the given TPElement.
Parameters: tpEl – the input to invert Returns: the result TPElement from the invert operation
-
byte
TrapdoorPermutation::
hardCorePredicate
(TPElement *tpEl)¶ Computes the hard core predicate of the given tpElement.
A hard-core predicate of a one-way function f is a predicate b (i.e., a function whose output is a single bit) which is easy to compute given x but is hard to compute given f(x). In formal terms, there is no probabilistic polynomial time algorithm that computes b(x) from f(x) with probability significantly greater than one half over random choice of x.
Parameters: tpEl – the input to the hard core predicate Returns: (byte) the hard core predicate.
-
vector<byte>
TrapdoorPermutation::
hardCoreFunction
(TPElement *tpEl)¶ Computes the hard core function of the given tpElement.
A hard-core function of a one-way function f is a function g which is easy to compute given x but is hard to compute given f(x). In formal terms, there is no probabilistic polynomial time algorithm that computes g(x) from f(x) with probability significantly greater than one half over random choice of x.
Parameters: tpEl – the input to the hard core function Returns: byte[] the result of the hard core function
Generating TPElements¶
-
shared_ptr<TPElement>
TrapdoorPermutation::
generateRandomTPElement
()¶ creates a random TPElement that is valid for this trapdoor permutation
Returns: the created random element
-
shared_ptr<TPElement>
TrapdoorPermutation::
generateUncheckedTPElement
(const biginteger &x)¶ Creates a TPElement from a specific value x. This function does not guarantee that the the returned
TPElement
object is valid. It is the caller’s responsibility to pass a legal x value.Returns: Set the x value and return the created random element
Checking Element Validity¶
-
TPElValidity
TrapdoorPermutation::
isElement
(TPElement *tpEl)¶ Checks if the given element is valid for this trapdoor permutation
Parameters: tpEl – the element to check Returns: (TPElValidity) enum number that indicate the validation of the element Throws: IllegalArgumentException if the given element is invalid for this permutation
-
enum
TPElValidity
¶ Enum that represent the possible validity values of trapdoor element. There are three possible validity values:
Parameters: - VALID – it is an element
- NOT_VALID – it is not an element
- DONT_KNOW – there is not enough information to check if it is an element or not
Encryption Keys Functionality¶
Sets this trapdoor permutation with public key and private key.
Parameters: - publicKey – the public key
- privateKey – the private key that without it the permutation cannot be inverted efficiently. If the private key is not given, the object can compute but canot invert.
-
bool
isKeySet
()¶ Checks if this trapdoor permutation object has been previously initialized. To initialize the object the
setKey()
function has to be called with corresponding parameters after construction.return: true
if the object was initialized,false
otherwise.-
shared_ptr<PublicKey>
getPubKey
()¶ Returns: returns the public key
-
shared_ptr<PublicKey>
BasicUsage¶
We demonstrate a basic usage scenario with a sender party that wish to hide a secret using the trapdoor permutation, and a receiver who is not able to invert the permutation on the secret.
Here is the code of the sender:
//Create public key, private key and secret
...
//instantiate the rsa permutation using the openssl library:
OpenSSLRSAPermutation trapdoorPermutation;
//set the keys for this trapdoor permutation
trapdoorPermutation.setKey(publicKey, privateKey);
// represent the secret (originally was of BigInteger type) using TPElement
TPElement secretElement = trapdoorPermutation.generateTPElement(secret);
//hide the secret using the trapdoor permutation
TPElement maskedSecret = trapdoorPermutation.compute(secretElement);
// this line will succeed, because the private key is known to the sender
TPElement invertedElement = trapdoorPermutation.invert(maskedSecret);
// send the public key and the secret to the other side
...
Here is the code of the receiver:
// receive public key and secretMsg
...
//instantiate the rsa permutation using the openssl library:
OpenSSLRSAPermutation trapdoorPermutation;
//set the keys for this trapdoor permutation
trapdoorPermutation.setKey(publicKey);
// reconstruct a TPElement from a biginteger
TPElement maskedSecret = trapdoorPermutation.generateTPElement(secretMsg);
// this line will fail, because the private key is not known to the receiver
TPElement secretElement = trapdoorPermutation.invert(maskedSecret);
Supported Trapdoor Permutations¶
In this section we present the trapddor permutations provided by libscapi.
OpenSSL implementation of RSA trapdoor permutation:
| Key | Class Location |
|---|---|
| OpenSSLRSAPermutation | libscapi/include/primitives/TrapdoorPermutationOpenSSL.hpp |


| Package | Description |
|---|---|
| com.hazelcast.cache.impl |
Hazelcast JSR-107 aka JCache implementation
|
| com.hazelcast.cache.impl.client |
Hazelcast JSR-107 aka JCache implementation
Client Requests
|
| com.hazelcast.cache.impl.operation |
Hazelcast JSR-107 aka JCache implementation
|
| com.hazelcast.client.impl.client |
This contains the Requests and other DTO's exchanged between client/server
|
| com.hazelcast.client.impl.operations |
Contains client operations
|
| com.hazelcast.map.impl.client |
Contains client requests for the
IMap |
| com.hazelcast.map.impl.operation |
Package for map operations.
|
| com.hazelcast.mapreduce.impl |
This package contains the default implementation for the map reduce framework
internals.
|
| com.hazelcast.mapreduce.impl.operation |
This package contains all remote operations that are needed to control work on
supervising or worker nodes.
|
| com.hazelcast.multimap.impl.client |
Contains client requests for Hazelcast MultiMap module.
|
| com.hazelcast.multimap.impl.operations |
Contains operations for Hazelcast MultiMap module.
|
| com.hazelcast.spi |
Provides interfaces/classes for Hazelcast SPI.
|
| com.hazelcast.spi.impl |
Contains implementations for Hazelcast SPI.
|
| Modifier and Type | Method and Description |
|---|---|
OperationFactory |
CacheOperationProvider.createClearOperationFactory() |
OperationFactory |
DefaultOperationProvider.createClearOperationFactory() |
OperationFactory |
CacheOperationProvider.createGetAllOperationFactory(Set<Data> keySet,
javax.cache.expiry.ExpiryPolicy policy) |
OperationFactory |
DefaultOperationProvider.createGetAllOperationFactory(Set<Data> keySet,
javax.cache.expiry.ExpiryPolicy policy) |
OperationFactory |
CacheOperationProvider.createLoadAllOperationFactory(Set<Data> keySet,
boolean replaceExistingValues) |
OperationFactory |
DefaultOperationProvider.createLoadAllOperationFactory(Set<Data> keySet,
boolean replaceExistingValues) |
OperationFactory |
CacheOperationProvider.createRemoveAllOperationFactory(Set<Data> keySet,
Integer completionId) |
OperationFactory |
DefaultOperationProvider.createRemoveAllOperationFactory(Set<Data> keySet,
Integer completionId) |
OperationFactory |
CacheOperationProvider.createSizeOperationFactory() |
OperationFactory |
DefaultOperationProvider.createSizeOperationFactory() |
| Modifier and Type | Method and Description |
|---|---|
protected OperationFactory |
CacheSizeRequest.createOperationFactory() |
protected OperationFactory |
CacheLoadAllRequest.createOperationFactory() |
protected OperationFactory |
CacheGetAllRequest.createOperationFactory() |
protected OperationFactory |
CacheClearRequest.createOperationFactory() |
| Modifier and Type | Class and Description |
|---|---|
class |
CacheClearOperationFactory
OperationFactory implementation for Clear Operations. |
class |
CacheGetAllOperationFactory
Factory implementation for
CacheGetAllOperation . |
class |
CacheLoadAllOperationFactory
Factory implementation for
CacheLoadAllOperation . |
class |
CacheRemoveAllOperationFactory
OperationFactory implementation for RemoveAll Operations. |
class |
CacheSizeOperationFactory
Factory implementation of
CacheSizeOperation . |
| Modifier and Type | Method and Description |
|---|---|
protected abstract OperationFactory |
AllPartitionsClientRequest.createOperationFactory() |
protected abstract OperationFactory |
MultiPartitionClientRequest.createOperationFactory() |
protected abstract OperationFactory |
MultiTargetClientRequest.createOperationFactory() |
| Modifier and Type | Class and Description |
|---|---|
class |
OperationFactoryWrapper |
| Constructor and Description |
|---|
OperationFactoryWrapper(OperationFactory opFactory,
String uuid) |
| Modifier and Type | Class and Description |
|---|---|
class |
AddIndexOperationFactory |
class |
AddInterceptorOperationFactory |
class |
ClearOperationFactory |
class |
ContainsValueOperationFactory |
class |
EntrySetOperationFactory |
class |
EvictAllOperationFactory
Operation factory for evict all operations.
|
class |
IsEmptyOperationFactory |
class |
MapFlushOperationFactory |
class |
MapGetAllOperationFactory |
class |
MapKeySetOperationFactory |
class |
MapLoadAllOperationFactory
Operation factory for load all operations.
|
class |
MapPutAllOperationFactory |
class |
MapValuesOperationFactory |
class |
MultipleEntryOperationFactory |
class |
PartitionCheckIfLoadedOperationFactory |
class |
PartitionWideEntryOperationFactory |
class |
PartitionWideEntryWithPredicateOperationFactory
date: 9/16/13
author: eminn
|
class |
RemoveInterceptorOperationFactory |
class |
SizeOperationFactory |
| Modifier and Type | Method and Description |
|---|---|
static <V> List<V> |
MapReduceUtil.executeOperation(OperationFactory operationFactory,
MapReduceService mapReduceService,
NodeEngine nodeEngine,
boolean returnsResponse) |
| Modifier and Type | Class and Description |
|---|---|
class |
GetResultOperationFactory
This class is used to create
GetResultOperation
instances.In difference to other implementations of OperationFactory this class
is never ever serialized and the DataSerializable methods GetResultOperationFactory.readData(com.hazelcast.nio.ObjectDataInput)
and GetResultOperationFactory.writeData(com.hazelcast.nio.ObjectDataOutput) throw UnsupportedOperationException s. |
| Modifier and Type | Method and Description |
|---|---|
protected OperationFactory |
EntrySetRequest.createOperationFactory() |
protected OperationFactory |
KeySetRequest.createOperationFactory() |
protected OperationFactory |
ClearRequest.createOperationFactory() |
protected OperationFactory |
ContainsRequest.createOperationFactory() |
protected OperationFactory |
SizeRequest.createOperationFactory() |
protected OperationFactory |
ValuesRequest.createOperationFactory() |
| Modifier and Type | Class and Description |
|---|---|
class |
MultiMapOperationFactory |
| Modifier and Type | Method and Description |
|---|---|
Map<Integer,Object> |
OperationService.invokeOnAllPartitions(String serviceName,
OperationFactory operationFactory)
Invokes a set of operation on each partition.
|
Map<Integer,Object> |
OperationService.invokeOnPartitions(String serviceName,
OperationFactory operationFactory,
Collection<Integer> partitions)
Invokes an set of operation on selected set of partitions
*
This method blocks until all operations complete.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BinaryOperationFactory |
| Constructor and Description |
|---|
PartitionIteratingOperation(List<Integer> partitions,
OperationFactory operationFactory) |
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


|
Essentials
Project
|
|
What is the Apache HTTP Server?
|
|
The Apache HTTP Server is a robust implementation of an
HTTP/1.1 server which runs on Windows, various flavors of unix and other modern
operating systems. It is a modular framework, which allows modules supporting
various features to be loaded, or not, as required by the administrator.
The mod_aspdotnet module is provided only for the Windows
operating system, and this module won't work for the other operating systems.
See the mod-aspdotnet project
page for alternatives available to users of other operating systems.
This document will introduce you to all of the key concepts
you might be unfamiliar with, introduce you to mod_aspdotnet and the purpose
it serves, and what you can accomplish with it. This document is a work in
progress, feedback is welcome at the users mailing list.
See mod-aspdotnet Project Pages for information about mailing lists, other
resources and how to participate in these ongoing efforts!
|
|
What Is .NET?
|
|
Microsoft's marketing of .NET is a vision encompasing a wide
spectrum of technologies, not one specific new technology. This leads to much
confusion about .NET development, and what web development under .NET really
entails.
The deepest underpinning of .NET is a new program execution
model, the CLR (Common Language Runtime), which hosts IL (Intermediate
Language) code. This model is very similar to Java's JVM running .class'es
compiled into Java bytecode. Far different than the classic interpreted
script (such as Perl) or compiled machine code (such as C or C++), the CLR
enforces rules to ensure code trust, machine security and data integrity.
Many languages are already available for writing code to run within the CLR,
including C#, and Microsoft's C++.NET, VisualBasic.NET and J#. Many third
party companies are bringing additional languages to the .NET managed code
world, there are more than 20 different languages shipping today.
Microsoft's .NET Framework includes many core facilities,
packaged as language-agnostic classes that can be generally used by any .NET
language. It includes the C# compiler, and the ASP.NET related classes.
|
|
What Is ASP.NET?
|
|
ASP.NET (known inside the .NET framework as System.Web) is
a hosting environment for web applications that provides facilities to query
and collect information about the current request, prepare the response, and
maintain session state information. ASP.NET simplifies the chore of building
web applications down to the essential task of generating and serving
content.
The converse question, "are ASP.NET and ASP the same thing?",
deserves a resounding answer of NO. Although in some respects
they offer similar facilities, they have no relation to each other.
mod_aspdotnet only provides the ASP.NET environment, and does nothing
for ASP content. Simply put, ASP.NET has replaced ASP, and ASP runs in
its own environment(s), (one per scripting language) and not inside the
.NET framework.
If you have ASP pages to serve, consider porting them to
ASP.NET. There are many fine books and online guides to assist you.
|
|
What is mod_aspdotnet?
|
|
This is actually two modules; the first, mod_aspdotnet.so, is
an in-process Apache 2.0 or 2.2 module, which starts the ASP.NET engine and
hands off requests to the ASP.NET engine. There is a second module compiled
for .NET, which is named Apache.Web.dll. The Apache.Web.dll is loaded into
Microsoft's ASP.NET host environment, and dispatches request and response
operations back to the mod_aspdotnet.so. This combination of managed
(.NET-side) and unmanaged (Apache-side) code, running in the same process as
the Apache 2.0 server, attains very optimal performance for serving ASP.NET
content. The solution maintains tight compatibility with existing, IIS-hosted
ASP.NET, because the same Microsoft ASP.NET hosting environment is running
under either of these scenarios.
Multiple ASP.NET virtual webs are supported by the
mod_aspdotnet module. A request is directed to the asp.net handler using
conventional Apache configuration options, and is mapped to a specific ASP.NET
virtual web by matching the requested URI to the AspNetMount directives given
for the specific Apache virtual host, uri, and file location. The same
AspNetMount can be given in multiple Apache virtual hosts. Any given
AspNetMount is created only once for all Apache virtual hosts that share the
same AspNetMount, conserving memory and resources.
AspNetMount and other directive changes are processed when
the server is restarted. With Apache 2.0, the original Windows child process
continues to serve requests until a new child process is ready to process
requests itself. This provides minimal interruption of service when modifying
the web server configuration. The restart option begins a graceful restart
sequence, loading and initializing the new server while the old server finishes
fulfilling open requests, and there is no interruption in web services during
the transition from the old to the new configuration.
This is not a module for Unix platforms. The Mono project's
mod_mono provides very similar features for non-Win32 machines, with their own
implementation of ASP.NET for Apache httpd server.
|
|
Getting Started
|
|
Microsoft's .NET Framework is available as a free download
for Windows 2000 or 2003 Professional and Server versions, XP Professional,
and .NET Server platforms from
http://asp.net/download.aspx.
You must minimally install the .NET Framework Resdistributable version, while
developers will prefer to install the .NET Framework Software Development Kit,
or another .NET development tool such as VisualStudio .NET.
Once you download and install the mod_aspdotnet .msi package,
it will install both mod_aspdotnet.so into your Apache2/modules/ directory, and
the Apache.Web.dll into the Global Assembly Cache. You then need to modify
your Apache2/conf/httpd.conf file to load the mod_aspdotnet.so module, and
declare what content you will serve. See the mod_aspdotnetmodule documentation for the directives to add for a typical
scenario, or follow the Example below.
|
|
An Example Configuration - Microsoft's IBuySpy Sample
|
|
The following configuration will support the Microsoft
IBuySpy sample, an illustration of a web storefront. IBuySpy is available
as a free download from http://asp.net/ibuyspy/. Note that
Microsoft SQL Server version 7.0 must be installed before installing the
Microsoft IBuySpy sample. The configuration below illustrates configuration
for the C# flavor of the IBuySpy Store sample, installed into the default
installation directory:
LoadModule aspdotnet_module modules/mod_aspdotnet.so
# Use the asp.net handler for all common ASP.NET file types
AddHandler asp.net asax ascx ashx asmx aspx axd config cs csproj \
licx rem resources resx soap vb vbproj vsdisco webinfo
<IfModule mod_aspdotnet.cpp>
# Mount the IBuySpy C# example application
AspNetMount /StoreCSVS "C:/StoreCSVS/StoreCSVS"
# Map all requests for /StoreCSVS to the IBuySpy application files
Alias /StoreCSVS "C:/StoreCSVS/StoreCSVS"
# Allow asp.net scripts to be executed in the IBuySpy example
<Directory "C:/StoreCSVS/StoreCSVS">
Options FollowSymlinks
AspNet Files
Order allow,deny
Allow from all
DirectoryIndex Default.htm Default.aspx
</Directory>
# For all virtual ASP.NET webs, we need the aspnet_client files
# to serve the client-side helper scripts.
AliasMatch /aspnet_client/system_web/(\d+)_(\d+)_(\d+)_(\d+)/(.*) \
"C:/Windows/Microsoft.NET/Framework/v$1.$2.$3/ASP.NETClientFiles/$4"
<Directory \
"C:/Windows/Microsoft.NET/Framework/v*/ASP.NETClientFiles">
Options FollowSymlinks
Order allow,deny
Allow from all
</Directory>
</IfModule>
Configuring the VisualBasic.NET version is very similar, simply change the
StoreCSVS directory names above, to StoreVBVS .
|
|


Irrig8 - Rachio Enabled
A LawnDog Venture
Team Lawn Dogs
- Darren Anastasoff
- Orlando Correa
- Michael Galarneau
- Felica Wager
Irrig8 - Rachio Controller Interface App
Functionally the project stayed true to the original proposal. From a technical perspective, the goal was to create application that would interface with an IoT devivce and demonstrate a behavior change in the phycial world.
The Rachio controller provides a robust API and an interace that is completely wireless. The app function is to integrate with Rachio, discover any registered devices, control the zones and keep a history of individual zone actvitiy
Technologies Used & How They Work
- Passport - Multiple authentication options support
- OAuth2 - Rachio Single Sign on authentication
- Crypto - Node package for hashing passwords and keys
- Redis - Web Cache for user identity
- Express/Handlebars - Node based web server and UI framework
- MySQL - Relational Database for Rachio config and activity
- Sequelize - ORM Mapping to mySQL backend
- Dotenv - Secured credentials allow for local & production deployments
- Moment - Time utility library for zone update timestamps
- Eslint - code rules for coding standards and practices
- Heroku - Cloud deployment through GitHub and Travis CI
- WebSlides - This HTML/CSS presentationnware
Demonstration of Functionality
Page and the features that each one exploits:
- Login:Rachio API, Redis, mySQL, OAuth2, Passport-local
- Zone Usage:Rachio API, mySQL, JQuery, Ajax
- Create User: Rachio API, mySQL, OAuth2
Sprint Retrospective
- What went well?
- What didn’t go so well?
- What have I learned?
- What still puzzles me?
Orlando
- Learning more about Css then before.
- Didn’t touch the backend to often.
- I learned more about css and javascript.
* * *
Darren
- Had a well defined MVP that we were able to get working quickly and iterate on
- Waiting on Rachio for OAuth2 Integration. Also it was tough two assign work in vertical slices.
- Learned and implemented a few different security schemes (OAuth2, Basic Auth, Persisten Session). Worked with Redis for caching data
- JavaScript best practices
* * *
Felicia
- Great exposure to a larger scale project.
- Could use more practice with the backend.
- I have a better understanding of the big picture and how group web development works.
- Some of the backend
* * *
Mike
- Good technology. Team collaborated through GitHub Project/Issues well
- Better coordination of front-end / back end work.
- More refined approach to application architecture, plenty of new technology
- Need to keep a sharp eye on the details, would like to have added more automated testing
* * *


AccessSocketOperation |
Represents blockchain call for access to blockchain apis class AccessSocketOperation : SocketOperation<Int> |
AccessSocketOperationType |
Type of operation for access to blockchain enum class AccessSocketOperationType |
AccountBalancesSocketOperation |
This function fetches all relevant Account objects for the given accounts, and subscribes to updates to the given accounts. If any of the strings in nameOrId cannot be tied to an account, that input will be ignored. All other accounts will be retrieved and subscribed. class AccountBalancesSocketOperation : SocketOperation<AssetAmount> |
BlockDataSocketOperation |
Returns the block chain’s rapidly-changing properties. The returned object contains information that changes every block interval such as the head block number, the next witness, etc. class BlockDataSocketOperation : SocketOperation<DynamicGlobalProperties> |
CancelAllSubscriptionsSocketOperation |
Stop receiving any notifications. This unsubscribes from all subscribed markets and objects. class CancelAllSubscriptionsSocketOperation : SocketOperation<Boolean> |
CheckERC20TokenSocketOperation |
Checks whether contractId is ERC20 token class CheckERC20TokenSocketOperation : SocketOperation<Boolean> |
CustomOperation |
Represents operation data for custom call to blockchain API abstract class CustomOperation<T> : JsonDeserializable<T> |
CustomSocketOperation |
Represents custom call operation to blockchain API class CustomSocketOperation<T> : SocketOperation<T> |
FullAccountsSocketOperation |
This function fetches all relevant Account objects for the given accounts, and subscribes to updates to the given accounts. If any of the strings in namesOrIds cannot be tied to an account, that input will be ignored. All other accounts will be retrieved and subscribed. class FullAccountsSocketOperation : SocketOperation<Map<String, FullAccount>> |
GetAccountDepositsSocketOperation |
Retrieves ethereum deposits by accountId class GetAccountDepositsSocketOperation : SocketOperation<List<Deposit?>> |
GetAccountHistorySocketOperation |
Get operations relevant to the specified account. class GetAccountHistorySocketOperation : SocketOperation<HistoryResponse> |
GetAccountWithdrawalsSocketOperation |
Retrieves ethereum withdrawals by accountId class GetAccountWithdrawalsSocketOperation : SocketOperation<List<Withdraw?>> |
GetAssetsSocketOperation |
Get a list of assets by id. class GetAssetsSocketOperation : SocketOperation<List<Asset>> |
GetBitcoinAddressSocketOperation |
Retrieves bitcoin address for required account class GetBitcoinAddressSocketOperation : SocketOperation<BtcAddress> |
GetBlockSocketOperation |
Retrieve a full, signed block. class GetBlockSocketOperation : SocketOperation<Block> |
GetChainIdSocketOperation |
Get the chain id. class GetChainIdSocketOperation : SocketOperation<String> |
GetContractLogsSocketOperation |
Retrieves emitted logs of contract class GetContractLogsSocketOperation : SocketOperation<Int> |
GetContractResultSocketOperation |
Retrieves result of called contract operation class GetContractResultSocketOperation : SocketOperation<ContractResult> |
GetContractSocketOperation |
Retrieves full information about contract. class GetContractSocketOperation : SocketOperation<ContractStruct> |
GetContractsSocketOperation |
Retrieves information about selected contracts. class GetContractsSocketOperation : SocketOperation<List<ContractInfo>> |
GetERC20DepositsSocketOperation |
Retrieves erc20 deposits for accountId class GetERC20DepositsSocketOperation : SocketOperation<List<ERC20Deposit>> |
GetERC20TokenSocketOperation |
Retrieves information about erc20 token by contactAddress class GetERC20TokenSocketOperation : SocketOperation<ERC20Token> |
GetERC20WithdrawalsSocketOperation |
Retrieves erc20 withdrawals by accountId class GetERC20WithdrawalsSocketOperation : SocketOperation<List<ERC20Withdrawal>> |
GetEthereumAddressSocketOperation |
Retrieves ethereum address for required account class GetEthereumAddressSocketOperation : SocketOperation<EthAddress> |
GetGlobalPropertiesSocketOperation |
Get blockchain current global properties object class GetGlobalPropertiesSocketOperation : SocketOperation<GlobalProperties> |
GetKeyReferencesSocketOperation |
This function fetches all relevant Account objects for the given public keys. class GetKeyReferencesSocketOperation : SocketOperation<Map<String, List<String>>> |
GetObjectsSocketOperation |
Get the objects corresponding to the provided IDs. If any of the provided IDs does not map to an object, a null variant is returned in its position. class GetObjectsSocketOperation<T : GrapheneObject> : SocketOperation<List<T>> |
ListAssetsSocketOperation |
Get a list of assets by symbol class ListAssetsSocketOperation : SocketOperation<List<Asset>> |
LoginSocketOperation |
Represents blockchain call for access to blockchain class LoginSocketOperation : SocketOperation<Boolean> |
LookupAssetsSymbolsSocketOperation |
Get a list of assets by symbol class LookupAssetsSymbolsSocketOperation : SocketOperation<List<Asset>> |
OperationCodingKeys |
Keys for json creation of blockchain call enum class OperationCodingKeys |
QueryContractSocketOperation |
Calls contract operation without chaining blockchain state. Retrieves constant information. class QueryContractSocketOperation : SocketOperation<String> |
RequestRegistrationTaskSocketOperation |
Retrieves registration task class RequestRegistrationTaskSocketOperation : SocketOperation<RegistrationTask> |
RequiredContractFeesSocketOperation |
Represents blockchain call. Returns list of fees required for contract call class RequiredContractFeesSocketOperation : SocketOperation<List<ContractFee>> |
RequiredFeesSocketOperation |
Represents blockchain call. Returns list of AssetAmount for operations class RequiredFeesSocketOperation : SocketOperation<List<AssetAmount>> |
SetSubscribeCallbackSocketOperation |
Register global subscription callback to object. Every notification initiated by the full node will carry a particular id as defined by the user with the identifier parameter. class SetSubscribeCallbackSocketOperation : SocketOperation<Boolean> |
SocketMethodType |
Method type for call to blockchain enum class SocketMethodType |
SocketOperation |
Represents blockchain call Source abstract class SocketOperation<T> : JsonSerializable, JsonDeserializable<T> |
SocketOperationKeys |
Represents blockchain operations by keys enum class SocketOperationKeys |
SubmitRegistrationSolutionSocketOperation |
Tries to submit registration task to blockchain with predefined randNum and solved nonce class SubmitRegistrationSolutionSocketOperation : SocketOperation<Int> |
SubscribeContractLogsSocketOperation |
Register subscription callback to contract logs. Every notification initiated by the full node will carry a particular id as defined by the user with the identifier parameter. class SubscribeContractLogsSocketOperation : SocketOperation<Boolean> |
SubscribeContractsSocketOperation |
Register subscription callback to contracts changes (history or object changes). Every notification initiated by the full node will carry a particular id as defined by the user with the identifier parameter. class SubscribeContractsSocketOperation : SocketOperation<Boolean> |
TransactionSocketOperation |
Broadcast a transaction to the network. The transaction will be checked for validity in the local database prior to broadcasting. If it fails to apply locally, an error will be thrown and the transaction will not be broadcast. class TransactionSocketOperation : SocketOperation<Boolean> |
TransactionWithCallbackSocketOperation |
Broadcast a transaction to the network. The transaction will be checked for validity in the local database prior to broadcasting. If it fails to apply locally, an error will be thrown and the transaction will not be broadcast. class TransactionWithCallbackSocketOperation : SocketOperation<Int> |


I am an undergraduate computer science student at Indian Institute of Information Technology, Vadoadara. I have been searching for the one thing that I could take up as a career and at the same time give me the satisfaction of following my heart. I started designing webpages through the IMAD course which exposed me to completely new world. Playing around with CSS animations and seeing them work on my screen gives me immense satisfaction.
I am a newbie to this field. I got a great oppprtunity through this program and I learnt a lot from this.


.
Integer view for integer variables.
|
Constructors and initialization |
| | IntView (void) |
| | Default constructor.
|
| | IntView (const IntVar &x) |
| | Initialize from integer variable x.
|
| | IntView (IntVarImp *x) |
| | Initialize from integer variable x.
|
| | IntView (Space *home, const Reflection::VarMap &vars, Reflection::Arg *arg) |
| | Initialize from specification.
|
Value access |
| int | min (void) const |
| | Return minimum of domain.
|
| int | max (void) const |
| | Return maximum of domain.
|
| int | med (void) const |
| | Return median of domain.
|
| int | val (void) const |
| | Return assigned value (only if assigned).
|
| unsigned int | size (void) const |
| | Return size (cardinality) of domain.
|
| unsigned int | width (void) const |
| | Return width of domain (distance between maximum and minimum).
|
| unsigned int | regret_min (void) const |
| | Return regret of domain minimum (distance to next larger value).
|
| unsigned int | regret_max (void) const |
| | Return regret of domain maximum (distance to next smaller value).
|
Domain tests |
| bool | range (void) const |
| | Test whether domain is a range.
|
| bool | assigned (void) const |
| | Test whether view is assigned.
|
| bool | in (int n) const |
| | Test whether n is contained in domain.
|
| bool | in (double n) const |
| | Test whether n is contained in domain.
|
Domain update by value |
| ModEvent | lq (Space *home, int n) |
| | Restrict domain values to be less or equal than n.
|
| ModEvent | lq (Space *home, double n) |
| | Restrict domain values to be less or equal than n.
|
| ModEvent | le (Space *home, int n) |
| | Restrict domain values to be less than n.
|
| ModEvent | le (Space *home, double n) |
| | Restrict domain values to be less than n.
|
| ModEvent | gq (Space *home, int n) |
| | Restrict domain values to be greater or equal than n.
|
| ModEvent | gq (Space *home, double n) |
| | Restrict domain values to be greater or equal than n.
|
| ModEvent | gr (Space *home, int n) |
| | Restrict domain values to be greater than n.
|
| ModEvent | gr (Space *home, double n) |
| | Restrict domain values to be greater than n.
|
| ModEvent | nq (Space *home, int n) |
| | Restrict domain values to be different from n.
|
| ModEvent | nq (Space *home, double n) |
| | Restrict domain values to be different from n.
|
| ModEvent | eq (Space *home, int n) |
| | Restrict domain values to be equal to n.
|
| ModEvent | eq (Space *home, double n) |
| | Restrict domain values to be equal to n.
|
Domain update by iterator |
| Views can be both updated by range and value iterators. Value iterators do not need to be strict in that the same value is allowed to occur more than once in the iterated sequence.
The argument depends must be true, if the iterator passed as argument depends on the view on which the operation is invoked. In this case, the view is only updated after the iterator has been consumed. Otherwise, the domain might be updated concurrently while following the iterator.
|
| template<class I> |
| ModEvent | narrow_r (Space *home, I &i, bool depends=true) |
| | Replace domain by ranges described by i.
|
| template<class I> |
| ModEvent | inter_r (Space *home, I &i, bool depends=true) |
| | Intersect domain with ranges described by i.
|
| template<class I> |
| ModEvent | minus_r (Space *home, I &i, bool depends=true) |
| | Remove from domain the ranges described by i.
|
| template<class I> |
| ModEvent | narrow_v (Space *home, I &i, bool depends=true) |
| | Replace domain by values described by i.
|
| template<class I> |
| ModEvent | inter_v (Space *home, I &i, bool depends=true) |
| | Intersect domain with values described by i.
|
| template<class I> |
| ModEvent | minus_v (Space *home, I &i, bool depends=true) |
| | Remove from domain the values described by i.
|
Delta information for advisors |
| int | min (const Delta *d) const |
| | Return minimum value just pruned.
|
| int | max (const Delta *d) const |
| | Return maximum value just pruned.
|
| bool | any (const Delta *d) const |
| | Test whether arbitrary values got pruned.
|
| static ModEvent | modevent (const Delta *d) |
| | Return modification event.
|
Cloning |
| void | update (Space *home, bool share, IntView &x) |
| | Update this view to be a clone of view x.
|
Reflection |
| Reflection::Arg * | spec (const Space *home, Reflection::VarMap &m) const |
| | Return specification for this view, using variable map m.
|
| static Support::Symbol | type (void) |
| | Return specification for this view, using variable map m.
|
View-dependent propagator support |
| static ModEventDelta | med (ModEvent me) |
| | Translate modification event me to modification event delta for view.
|
Related Functions |
(Note that these are not member functions.)
|
| std::ostream & | operator<< (std::ostream &, const Gecode::Int::IntView &) |
| | Print integer variable view.
|


Data Definintion
First Data Sample
Second Data Sample
Raw Data
| First Sample: | |
| Second Sample: | |
| Paired Data: |
Sorted Raw Data
| First Sample: | |
| Second Sample: |
Data Representation
Frequency Table
| Class Interval | Frequency | ||
|---|---|---|---|
| First | Second |
Stem and Leaf Diagram
(Data rounded to nearest whole number.)
| First Leaf | Stem | Second Leaf |
|---|
Histogram
| Mark: | |
| Points from first sample below mark: | |
| Approximate points from first sample below mark: | |
| Points from second sample below mark: | |
| Approximate points from second sample below mark: |
Boxplot
Sample Statistics
| First Sample | Second Sample | |
|---|---|---|
| Size: The size of a data set is the number of values. This is usually denotes by | ||
| Mean: The mean of a data set is the sum of the values divided by the number of values. | ||
| Median: The median of a data set is the middle value when they are listed in order. If there are an even number, it is the average of the two middle values. | ||
| Modal class: To define the modal class of a data set, the data needs to be divided into classes as in a frequency table. Then the modal class is the class or classes containing the most elements of the data set. Mode: The mode of a data set is the value or values that occur most frequently in the data. | ||
| Variance: The variance of a data set is a measure of its spread. It is defined as: (where is the mean) but is more conveniently calculated using the formula: | ||
| Standard Deviation: The standard deviation of a data set is a measure of its spread. It is defined as the square root of the variance. | ||
| Lower Quartile: The lower quartile of a data set is the value such that a quarter of the points lie below that value and three-quarters lie above. Its definition is slightly different depending on whether or not there is an actual data point satisfying that property. | ||
| Upper Quartile: The upper quartile of a data set is the value such that three-quarters of the points lie below that value and a quarter lie above. Its definition is slightly different depending on whether or not there is an actual data point satisfying that property. | ||
| Inter-Quartile Range: The inter-quartile range of a data set is a measure of its spread. It is defined as the upper quartile minus the lower quartile. | ||
| Skewness : | ||
| Skewness : | ||
| Quartile skewness coefficient: | ||
| Lilliefors Normality Test: The Lilliefors Normailty Test of a data set is a hypothesis test with null hypothesis that the data is drawn from a normally distributed population. If this number is above the significance level then the null hypothesis is to be rejected. This test was chosen as it is straightforward to implement using the approximations due to Abdi and Molin. | ||
| Estimate of Mean: | ||
| Estimate of Variance: | ||
| Estimate of Standard Deviation: | ||
| Estimate of Median: | ||
| Estimate of Lower Quartile: | ||
| Estimate of Upper Quartile: | ||
| Estimate of Inter-Quartile Range: | ||
| Additional quantile calculations: | ||
| th quantile of | ||
| Estimate: |
Correlation
Regression Calculation
Correlation and Summary Statistics
Help
The purpose of this webpage is to provide a playground for A'level statistics.
A brief overview of the tabs is as follows.
- Data Definition. For defining or inputting the data to be studied.
- Raw Data. Once the data has been defined, it can be viewed here. It is listed both sorted and unsorted, and if two data sets of equal length are used then two data sets are combined into a list of pairs.
- Grouping. Many data analyses start with data in groups. This tab allows one to specify the groupings.
- Frequency Table. Following the grouping, this tab displays the corresponding frequency tables.
- Stem and Leaf. This tab displays the data sets as stem and leaf diagrams.
- Histogram. This tab displays the grouped data in histograms. It also allows for the definition of a mark and counts the number of data points below the mark, both actual and estimated from the frequency table.
- Boxplot. This tab displays the data as a boxplot, with outliers defined using the interquartile range definition.
- Sample Statistics. This tab displays lots of statistics calculated from the data sets.
- Correlation. If the two data sets are of the same length, this tab shows the correlation between them. It displays a scatter plot, calculates the correlation coefficient, and the regression line. It is possible to modify the regression line to see how the error varies.
Data Definition
There are many options for defining the data set.
- Data type. There are three
types of data which modify how the program treats the data.
- Continous. The data is considered as being drawn from a continuous distribution.
- Continous but rounded. The data is considered as being drawn from a continuous distribution but a rounding function is applied (currently only "to nearest integer" is available). This means that the data appears discrete but is treated as having been drawn from a continuous distribution.
- Discrete. The data is considered as being drawn from a discrete distribution.
- Enable. It is possible to work with either one or two data sets. Checking this box enables the second data set.
- Auto. The data can be automatically generated or entered directly. If this is checked, the data is automatically generated. If not, it can be entered directly in the Data textarea. The data points can be separated by commas, semi-colons, or spaces (including tabs and newlines).
- Distribution. Depending on
the data type, various standard distributions are
available. Each requires some parameters. The available
distributions are:
- Continuous distributions. All are specified by
giving the mean and standard deviation. The Exponential
and Log-Normal distributions are good sources of skewed data.
- Gaussian (Normal)
- (Translated) Exponential
- Uniform
- Log-Normal
- Discrete distributions.
- Binomial
- Poisson
- Uniform
- Continuous distributions. All are specified by
giving the mean and standard deviation. The Exponential
and Log-Normal distributions are good sources of skewed data.
- Number of points. This is the number of points to generate. If both data sets have the same number of points, regression analysis is enabled.
- Extra data points. It is possible to add additional data points to the generated data.
- Generate data. Most of the time, the data should update itself when the options are changed. Sometimes it might be necessary or desirable to manually generate it.
- Generate quantiles. Rather than generate the second data set randomly (from the given distribution), it is possible to generate the quantiles corresponding to the number of data points in the first data sample. This can be used as a simple test for whether or not the first data set fits the given distribution: plotting a scatter plot of the data sets and looking at the correlation coefficient provides evidence to this (in these circumstances, the scatter plot is known as a QQ-plot.
- Force correlation. If this checkbox is ticked, the program attempts to coerce the second data set to be correlated to the first with the given Desired correlation. The final correlation may not be precisely equal to the desired correlation.
- Apply coding. If this checkbox is ticked, the second data set is generated by applying the given coding to the first data set.
Grouping
The Frequency Table, Histogram, and some of the Sample Statistics depend on putting the data into groups. This tab allows one to define those groups.
There are two ways to define the groups. If Even class intervals is checked then the groups are of equal widths and so are specified by the width and the initial offset from zero. If it is not checked, one must specify the boundaries individually.
The groups are assumed to be open at the top end. That is, if and are two boundaries, the group is .
Histogram
The interactivity in the Histogram tab is the ability to move the red marker. The purpose of this is to show the effect of interpolation. After the mark is set, the program calculates how many data points are below the mark together with an estimate of how many data points there are using interpolation on the groups. Thus it is possible to compare the grouped estimate with the actual figure.
Sample Statistics
In this tab, an array of statistics is computed from the data sample(s). Hovering over a title reveals a brief description of the statistics. Where a statistic contains the word "Estimate", it is based on the grouped data. Extra quantiles can be calculated using the input boxes at the bottom. For example, to work out the 70th percentile, enter "70" and "100" in the boxes so that it reads "70th quantile of 100".
Correlation
This tab is only displayed if there are two data sets of the same length. It displays a scatter plot together with the relevant statistics for correlation and regression analysis.
It is possible to adjust the line to demonstrate that the regression line is the best fit. Clicking and dragging on the scatter plot will adjust the line to pass through the mouse or touch point. If the mouse is near the centre of the scatter plot then the y-intercept is adjusted, if the mouse is near the edges then the gradient is adjusted. Clicking Reset regression line resets the line back to the regression line.


Reports trailing semicolons in statements.
Example:
def my_func(a): c = a ** 2; return c
IDE provides a quick-fix that removes a trailing semicolon. When you apply it, the code changes to:
def my_func(a): c = a ** 2 return c


Other Databases - MySQL
MySQL – Additional Inf
Mysql Security Handbook, by Wrox Author Team
MySQL Bible, by Steve Suehring
Securing MySQL: step-by-step www.securityfocus.com/infocus/1726
http://dev.mysql.com/doc/refman/5.1/en/privilegesoptions.html


Object Tracking using Optical Flow with OpenCV
In this we are going to track the flow of object in video with OpenCV.
Shi-Tomasi corner detection
In this, the main basic function was given "goodFeaturesToTrack()" is main motive was to mark the good corner's. It requires grayscale images for its processing. Its one of the
best corner detection method known. The detection of this process looks like this:
Lucas-Kanade Optical Flow
An differential method used for flow detection,from comparing the pixel from nearby it estimates the flow. Method fails when the motion is big or large which was later on changed to pyramid multi-scaled method for that purpose. Its best for slow and consecutive flow
Dense Optical Flow
This computes the optical flow for every pixel of the frame in vector form, which may be responsible for its slow speed but leading to a better accurate result. It can be used for detecting motion in the videos. It computes the optical flow for all the points in the frame, it gets a 2-channel array with optical flow vectors. Its color code the result for better visualization of the output.
Step 1. Download
- for download with python
pip install opencv-python
- for download with Anaconda
conda install -c conda-forge opencv
- In-case error comes try
this is when your pip is old. Also can use pip command in Anacondapip install pip
Step 2. Copy Video
Download and Add these videos video.mp4, video1.mp4 into your system.
Step 3. Open Code
Code copy this code or download and run it with Jupyter Notebook by
jupyter notebok
type this in Anaconda Promt then locate the code and open it
Step 4. Run
To run the code tap on Run or press Alt+Enter to run it.
Result
Result of Lucas Kanade Optical flow
Result of Dense Optical Flow
So you have completed this topic. Congratulations
Hope you learnt something new
Happy Learning!! 📚


General Election: Nigel Farage humiliated as Brexit Party candidates do not stand in scores of seats
Mr Farage said he would stand against Labour MPs across the country - but they didn't manage to get candidates everywhere
by Oliver Milne, https://www.mirror.co.uk/authors/oliver-milne/Nigel Farage's Brexit Party are not standing in scores of seats currently held by Labour and Remain supporting MPs - despite threatening to stand against every single one.
Mr Farage said his party would stand all across the UK, except in the 317 seats where he decided to stand down for the Conservatives or in Northern Ireland.
It appears the Brexit Party will stand in 276 seats in the contest - slightly below the 300 the party were hoping for.
But earlier this week Mr Farage said of Labour: "We’re going to stand against every single one of them.”
Two of Mr Farage’s candidates in Labour held seats, Dudley North hopeful Rupert Lowe and Andy Wood, who was due to fight Hove, withdrew just before the 4pm deadline for nominations - citing fears of splitting the Leave vote.
It came after the Mr Farage alleged that Boris Johnson's party of “political corruption” claiming that Downing St had offered Brexit Party candidates peerages not to stand in the election.
Two of Mr Farage’s candidates, Dudley North hopeful Rupert Lowe and Andy Wood, who was due to fight Hove, withdrew just before the 4pm deadline for nominations - citing fears of splitting the Leave vote.
Following Mr Lowe's withdrawal Mr Farage cancelled an appearance in Dudley.
Mr Farage accused Mr Lowe, who is a sitting Brexit Party MEP, of "disgusting" behaviour in pulling out as a candidate at the 11th hour.
The former Southampton FC chairman's actions prevented the Brexit Party fielding a replacement candidate in the seat, which Ian Austin won for Labour by a 22-vote margin in 2017.
After breaking off from a chat with drinkers at the Wellington Inn, Mr Farage said Mr Lowe's move had not been sanctioned by the party.
"It was disgusting behaviour," Mr Farage said. "What he probably hasn't told you is that he met a senior official from Number 10 in the middle of last week, somebody quite close to Boris, and this was obviously stitched up.
"If he made a decision, he went and changed course, he's entitled to. But to let everybody else down at the eleventh hour, dreadful behaviour - shocking."
Asked for his message for party supporters in Dudley North, Mr Farage added: "I'm sorry - we have been double-crossed, let down badly by a man who has behaved dishonestly. I'm sorry, that's all I can say."
In a tweet which coincided with Thursday's 4pm deadline, Mr Lowe, who was elected as one of three West Midlands Brexit Party MEPs earlier this year, tweeted: "I am putting country before party as it is highly conceivable my candidacy could allow Corbyn's
The Conservatives denied the allegations nade by Mr Farage.
A Conservative source said: "Nigel cant deliver Brexit, but he could end up blocking it.
“His outburst is a result of this fact dawning on him.”
41 seats where the Brexit Party aren't standing
- Airdrie and Shotts
- Argyll and Bute
- Brent Central
- Bristol North West
- Canterbury
- Central Ayrshire
- Coatbridge, Chryston and Bellshill
- Cumbernauld, Kilsyth and Kirkintilloch East
- Dudley North
- Dundee East
- Dunfermline and West Fife
- Ealing North
- East Dunbartonshire
- East Kilbride, Strathaven and Lesmahagow
- East Lothian
- Edinburgh East
- Edinburgh South
- Edinburgh West
- Ellesmere Port and Neston
- Falkirk
- Gateshead
- Glasgow Central
- Glasgow East
- Glasgow North East
- Glasgow North West
- Inverclyde
- Kilmarnock and Loudoun
- Lanark and Hamilton East
- Liverpool, Walton
- Livingston
- Midlothian
- Motherwell and Wishaw
- Na h-Eileanan an Iar
- Newcastle upon Tyne East
- North Ayrshire and Arran
- North East Fife
- North West Durham
- Paisley and Renfrewshire North
- Paisley and Renfrewshire South
- Rutherglen and Hamilton West
- West Dunbartonshire


Stephen A. Smith and Eric Reid Exchange Words After Kaepernick Workout
by VladTVColin Kaepernick held his workout for NFL teams to come check him out at. Since then, Stephen A. Smith took to the internet to release a video of him commenting on Kaepernick, saying he doesn’t think Kaepernick really wants to play in the NFL. Kaepernick’s friend and former teammate Eric Reid responded back to the video.
After seeing Smith’s video, Reid said Smith was “tap dancing for the NFL,” which led Smith to respond with a barrage of tweets.
Reid responded by saying “Malcolm X said, “If you’re not careful, the newspapers will have you hating the people who are being oppressed, and loving the people who are doing the oppressing.” You embody this quote. You, Malcolm Jenkins, and Jay-Z prance around doing the NFL’s bidding to try 2 burry Colin. I stand 4 truth & justice above all else. You r mistaken by thinking that because u or anybody is black that you are spared from my criticism especially when you’ve been so blatantly on the NFL’s side in corrupting their own process to hinder Colin’s employment.”
source: NY Post


Class app\helper_propio\Gridpropio
Public Properties
| Property | Type | Description | Defined By |
|---|---|---|---|
| $afterRow | Closure | An anonymous function that is called once AFTER rendering each data model. | yii\grid\GridView |
| $autoIdPrefix | string | The prefix to the automatically generated widget IDs. | yii\base\Widget |
| $beforeRow | Closure | An anonymous function that is called once BEFORE rendering each data model. | yii\grid\GridView |
| $behaviors | yii\base\Behavior[] | List of behaviors attached to this component | yii\base\Component |
| $caption | string | The caption of the grid table | yii\grid\GridView |
| $captionOptions | array | The HTML attributes for the caption element. | yii\grid\GridView |
| $columns | array | Grid column configuration. | yii\grid\GridView |
| $counter | integer | A counter used to generate $id for widgets. | yii\base\Widget |
| $dataColumnClass | string | The default data column class if the class name is not explicitly specified when configuring a data column. | yii\grid\GridView |
| $dataProvider | yii\data\DataProviderInterface | The data provider for the view. | yii\widgets\BaseListView |
| $emptyCell | string | The HTML display when the content of a cell is empty. | yii\grid\GridView |
| $emptyText | string|false | The HTML content to be displayed when $dataProvider does not have any data. | yii\widgets\BaseListView |
| $emptyTextOptions | app\helper_propio\Gridpropio | ||
| $filterErrorOptions | array | The options for rendering every filter error message. | yii\grid\GridView |
| $filterErrorSummaryOptions | array | The options for rendering the filter error summary. | yii\grid\GridView |
| $filterModel | yii\base\Model | The model that keeps the user-entered filter data. | yii\grid\GridView |
| $filterOnFocusOut | boolean | Whatever to apply filters on losing focus. | yii\grid\GridView |
| $filterPosition | string | Whether the filters should be displayed in the grid view. | yii\grid\GridView |
| $filterRowOptions | array | The HTML attributes for the filter row element. | yii\grid\GridView |
| $filterSelector | string | Additional jQuery selector for selecting filter input fields | yii\grid\GridView |
| $filterUrl | string|array | The URL for returning the filtering result. | yii\grid\GridView |
| $footerRowOptions | array | The HTML attributes for the table footer row. | yii\grid\GridView |
| $formatter | array|yii\i18n\Formatter | The formatter used to format model attribute values into displayable texts. | yii\grid\GridView |
| $headerRowOptions | array | The HTML attributes for the table header row. | yii\grid\GridView |
| $id | string | ID of the widget. | yii\base\Widget |
| $layout | app\helper_propio\Gridpropio | ||
| $options | array | The HTML attributes for the container tag of the grid view. | yii\grid\GridView |
| $pager | array | The configuration for the pager widget. | yii\widgets\BaseListView |
| $placeFooterAfterBody | boolean | Whether to place footer after body in DOM if $showFooter is true | yii\grid\GridView |
| $rowOptions | array|Closure | The HTML attributes for the table body rows. | yii\grid\GridView |
| $showFooter | boolean | Whether to show the footer section of the grid table. | yii\grid\GridView |
| $showHeader | boolean | Whether to show the header section of the grid table. | yii\grid\GridView |
| $showOnEmpty | boolean | Whether to show the grid view if $dataProvider returns no data. | yii\grid\GridView |
| $sorter | array | The configuration for the sorter widget. | yii\widgets\BaseListView |
| $stack | yii\base\Widget[] | The widgets that are currently being rendered (not ended). | yii\base\Widget |
| $summary | string | The HTML content to be displayed as the summary of the list view. | yii\widgets\BaseListView |
| $summaryOptions | array | The HTML attributes for the summary of the list view. | yii\widgets\BaseListView |
| $tableOptions | app\helper_propio\Gridpropio | ||
| $view | yii\web\View | The view object that can be used to render views or view files. | yii\base\Widget |
| $viewPath | string | The view path that may be prefixed to a relative view name. | yii\base\ViewContextInterface |
Public Methods
| Method | Description | Defined By |
|---|---|---|
| __call() | Calls the named method which is not a class method. | yii\base\Component |
| __clone() | This method is called after the object is created by cloning an existing one. | yii\base\Component |
| __construct() | Constructor. | yii\base\BaseObject |
| __get() | Returns the value of a component property. | yii\base\Component |
| __isset() | Checks if a property is set, i.e. defined and not null. | yii\base\Component |
| __set() | Sets the value of a component property. | yii\base\Component |
| __unset() | Sets a component property to be null. | yii\base\Component |
| afterRun() | This method is invoked right after a widget is executed. | yii\base\Widget |
| attachBehavior() | Attaches a behavior to this component. | yii\base\Component |
| attachBehaviors() | Attaches a list of behaviors to the component. | yii\base\Component |
| beforeRun() | This method is invoked right before the widget is executed. | yii\base\Widget |
| begin() | Begins a widget. | yii\base\Widget |
| behaviors() | Returns a list of behaviors that this component should behave as. | yii\base\Component |
| canGetProperty() | Returns a value indicating whether a property can be read. | yii\base\Component |
| canSetProperty() | Returns a value indicating whether a property can be set. | yii\base\Component |
| className() | Returns the fully qualified name of this class. | yii\base\BaseObject |
| detachBehavior() | Detaches a behavior from the component. | yii\base\Component |
| detachBehaviors() | Detaches all behaviors from the component. | yii\base\Component |
| end() | Ends a widget. | yii\base\Widget |
| ensureBehaviors() | Makes sure that the behaviors declared in behaviors() are attached to this component. | yii\base\Component |
| getBehavior() | Returns the named behavior object. | yii\base\Component |
| getBehaviors() | Returns all behaviors attached to this component. | yii\base\Component |
| getId() | Returns the ID of the widget. | yii\base\Widget |
| getView() | Returns the view object that can be used to render views or view files. | yii\base\Widget |
| getViewPath() | yii\base\ViewContextInterface | |
| hasEventHandlers() | Returns a value indicating whether there is any handler attached to the named event. | yii\base\Component |
| hasMethod() | Returns a value indicating whether a method is defined. | yii\base\Component |
| hasProperty() | Returns a value indicating whether a property is defined for this component. | yii\base\Component |
| init() | Initializes the grid view. | yii\grid\GridView |
| off() | Detaches an existing event handler from this component. | yii\base\Component |
| on() | Attaches an event handler to an event. | yii\base\Component |
| render() | Renders a view. | yii\base\Widget |
| renderCaption() | Renders the caption element. | yii\grid\GridView |
| renderColumnGroup() | Renders the column group HTML. | yii\grid\GridView |
| renderEmpty() | Renders the HTML content indicating that the list view has no data. | yii\widgets\BaseListView |
| renderErrors() | Renders validator errors of filter model. | yii\grid\GridView |
| renderFile() | Renders a view file. | yii\base\Widget |
| renderFilters() | Renders the filter. | yii\grid\GridView |
| renderItems() | Renders the data models for the grid view. | yii\grid\GridView |
| renderPager() | Renders the pager. | yii\widgets\BaseListView |
| renderSection() | Renders a section of the specified name. | yii\grid\GridView |
| renderSorter() | Renders the sorter. | yii\widgets\BaseListView |
| renderSummary() | Renders the summary text. | yii\widgets\BaseListView |
| renderTableBody() | Renders the table body. | yii\grid\GridView |
| renderTableFooter() | Renders the table footer. | yii\grid\GridView |
| renderTableHeader() | Renders the table header. | yii\grid\GridView |
| renderTableRow() | Renders a table row with the given data model and key. | yii\grid\GridView |
| run() | Runs the widget. | yii\grid\GridView |
| setId() | Sets the ID of the widget. | yii\base\Widget |
| setView() | Sets the view object to be used by this widget. | yii\base\Widget |
| trigger() | Triggers an event. | yii\base\Component |
| widget() | Creates a widget instance and runs it. | yii\base\Widget |
Protected Methods
| Method | Description | Defined By |
|---|---|---|
| createDataColumn() | Creates a yii\grid\DataColumn object based on a string in the format of "attribute:format:label". | yii\grid\GridView |
| getClientOptions() | Returns the options for the grid view JS widget. | yii\grid\GridView |
| guessColumns() | This function tries to guess the columns to show from the given data if $columns are not explicitly specified. | yii\grid\GridView |
| initColumns() | Creates column objects and initializes them. | yii\grid\GridView |
Events
| Event | Type | Description | Defined By |
|---|---|---|---|
| EVENT_AFTER_RUN | yii\base\WidgetEvent | An event raised right after executing a widget. (available since version 2.0.11) | yii\base\Widget |
| EVENT_BEFORE_RUN | yii\base\WidgetEvent | An event raised right before executing a widget. (available since version 2.0.11) | yii\base\Widget |
| EVENT_INIT | yii\base\Event | An event that is triggered when the widget is initialized via init(). (available since version 2.0.11) | yii\base\Widget |
Constants
| Constant | Value | Description | Defined By |
|---|---|---|---|
| FILTER_POS_BODY | 'body' | yii\grid\GridView | |
| FILTER_POS_FOOTER | 'footer' | yii\grid\GridView | |
| FILTER_POS_HEADER | 'header' | yii\grid\GridView |


MAYDAY.US is a crowd-funded Super PAC to end all Super PACs... including our own. Help us reduce the influence of money in politics by getting a Congress that is committed to fundamental reform by 2016, Let's win our democracy back!
The closer we get to closing the gap, the more likely it is that leaders from either party will make this issue central to the 2016 campaign. Find out if your rep supports reform.
CONGRESS
Move America towards fundamental reform. Call representatives and urge them to be leaders. Make the call.
We are Mayday PAC
The biggest challenge blocking fundamental reform is the belief that it is not possible. We want to change that belief by showing America – with results in Congress – that it is absolutely possible.
Last year, more than 50,000 people rallied behind this idea. We want to leverage that energy to close the gap between the number in Congress committed to fundamental reform and the majority needed to pass it.
This platform helps citizens ask their representatives to step up and become #Leaders4Reform. Give it a try.
State of Reform
We are 70 members away from a majority in the House, and when the Senate bill is introduced, we’ll see how far from a majority we are in the Senate. But across the range of fundamental reform (identified on the site, RepsWith.US), we are tracking how close we are to a majority in Congress. Because the closer we get, the more likely it is that leaders from either party will make this issue central to the 2016 campaign.
Our Efforts
Recent Coverage
“It’s an ingenious plan to make the drive for small-dollar publicly funded elections a central issue in 2016. With a little luck... idea could help save the republic.”
“The first part was hard. That second part is even harder. But now that MAYDAY has done the impossible once, it's worth staying tuned to see if they can do it again.”
“The mortal struggle at hand today is not between the right and the left. It is not between Republicans and Democrats. It is not between the Congress and the president. It is between us (currently outsiders to our own government) voters and the Washington Insiders.”
Sign up for Updates
Be part of the movement to repair our republic.


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Your account has been created. Go to the Login page to login.
Your username already exists
Something went wrong. Please try again.


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This is an example paragraph. Anything in the body tag will appear on the page, just like this p tag and its contents.


 Fortunately for you, even though they are evil, they are not very bright and have a habit of bumping into each other, thus destroying themselves.
 When two robots run into each other or a junk pile, they die.  When a robot dies, you get 10 points, and when all the robots die, you start on the next field.
Robots are represented on the screen by a ‘+’, the junk heaps from their collisions by a ‘*’, and you (the good guy) by a ‘@’.
You can move around with the numpad.
Unlike the original robots, you can *not* precede the commands with a count or “run” with
shift.
If you use the ‘w’ command and survive to the next level, you will get a bonus of 10% for each robot which died after you decided to wait. If you die, however, you get nothing. For all other commands, the program will save you from typos by stopping short of being eaten. However, with ‘w’ you take the risk of dying by miscalculation.
Automatically teleport if there is no other option remaining.
With this option enabled, the game will *not* prevent you from making a move that would mean
certain death. This significantly increases the difficulty.
Robots is a reproduction of the 1980 “classic” robots game for BSD UNIX.
Copyright © 2012-2016 Martin Tournoij<EMAIL_ADDRESS>The original robots was created by Ken Arnold.


Turn on the Jukebox! Click on a link below to turn on the tunes. Wanna take 'em to go? Just
download the midi file. If you are using Netscape 3.0 or Internet Explorer 3.0, the midi files will
automatically be played by the browser. If you are using AOL or a browser that doesn't play the file
for you, you will need to download a player, download the file, and then use the player to play the
midi file. Click here to download a player
for the Macintosh, or here to dowload a player for
a PC.


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In today's world internet is the most popular way of connecting with the people. At tutorialrepublic.com you will learn the essential of web development technologies along with real life practice example, so that you can create your own website to connect with the people around the world.
Ask questions & get insights on public GitHub activity in the past 24 hours.
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You are a member of multiple groups. Please select the group you would like to use.
You are not a member of any active groups. Please contact your course instructor the site administrator if you believe this to be a mistake.


19128 112th Ave NE #2-322 Bothell, WA 98011
ph:<PHONE_NUMBER>
email<EMAIL_ADDRESS>I am experienced with animals in a veterinary hospital setting and looking to increase my skillset of handling and care of animals as a veterinary assistant.
VCA Bellevue Veterinary Hospital
Client Service Representative....................June 2018 - Present
Answered phone calls, scheduled appointments, handled paperwork, took payments
and balanced register, and provided friendly and helpful customer service.
Bodhi Inc.
Secretary to Rambunctious Mini Aussie....................January 2018 - Present
Assisted in scheduled poop outings, provided attention when CEO was whiney, taught CEO how to
high-five, and provided a surplus of tasty treats.
Homeward Pet Adoption Center
Volunteer Dog Walker....................June 2016 - June 2018
Walked, trained, and played with dogs staying at shelter. Provided quality and compassionate care.
Associates in Arts and Sciences, 2016
Bellevue College, Bellevue, Washington


How to add content to a topic which has been created as a link on another Wiki page but has not yet had content created. These topics don't have an associated Wiki Page, and are therefore not displayed in the Show All Pages list.
Option One:
Option Two:
You can also simply add a Wiki page (See "Adding a Wiki Page"), however you need to ensure the spelling of the Page Name is exactly the same as linked Topic Name.


There are many volleyball rules. They are not all listed here. Those listed are the rules which people have asked questions about in the past and/or may be unique for HP sand volleyball.
If any part of the ball touches the boundary line, the ball is considered IN. Sand kicked up by the ball does not count as part of the ball.
The net is not to be touched by a player. If the net is pushed into a player by the ball, that is not considered a net touch. Loose hair or clothing touching the net is okay.
The ball can be played off of any part of the body, including feet.
In order to increase enjoyment and reduce stress around setting, we are relaxing the setting rules. Most sets that don't pass over the net, and aren't "caught and released" are okay. Obvious double contacts should still be called. Bump sets are always okay, even if they go over the net.
Hand-sets cannot travel over the net. This includes dumps. If a hand-set is on the net plane and the defensive team contacts the ball first, that is considered a side-set and the defensive team is awarded the point.
A first-contact hand pass of a driven ball is not considered a set and therefore can legally pass over the net. A driven ball means the defender doesn't have time to consider how to play the ball. Sometimes refered to as a Bang-Bang play.
A first-contact hand pass that does not cross the net has almost no restrictions, other than the standard carry rules.
Serves cannot ever be hand-passed. If both hands are used to receive a serve, the hands must be overlapping each other.
Blocks do not count as one of a team's three touches.
Blockers may not interfere with a setter's set. Either by contacting the ball or the setter.
Blockers may extend over the net to block a ball that is traveling over the net unless the blocker interferes with a set.
There are no open hand dinks (finger pushes) allowed. This includes "directional blocks". One-handed overkills are not considered "directional blocks".
Players may pass under the net as long as they do not touch the net or interfere with the opposing team. The entire foot must land beyond the plane of the net and interfere with the opposing team to be considered an infraction.
"Pancake" digs are allowed as long as the hand is completely under the ball. Even if the ball touches the uneven sand.
Serves that touch the net are live. Play on!
The metal poles are considered out-of-bounds. If the ball touches one, it is out.
The ball must clearly pass between the metal poles when passing over the net. If any part of the ball passes directly over a pole, the ball is out.
When in doubt about a call, just replay the point.
If a rule is unspecified or unclear, decide for the match how the rule will be enforced and replay the point. After the match, contact the league coordinator for clarification.
FAQ
Where do you play?
On the sand courts between buildings 5 and 6.
When do games start?
Check your schedule, but usually at noon.
How long do matches last?
We play to 21, rally scoring, win by 2, so most of the time we can complete three matches in an hour. Please try to arrive on-time.
How are teams generated?
Every player gets assigned a "rival" each week who they will play against in every game. The rest of your team will cycle each game. The team assignments are intended to create as even matchups as possible, based on the current rankings. It's good if someone has a phone available and can check the website schedule to make sure the teams are correct before each game.


The views have been successfully created, but not yet validated. Validation in this instance won't occur until the user runs a statement against the invalid view. To do this, you will run the SELECT statement against the created view.
This SELECT will fetch the random registered customer who will get the bonanza gift and also validate the view